This document summarises alternative stock structure hypotheses for the southern African hakes. The alternatives put forward could apply to either M. capensis or M. paradoxus. In the scenarios to be considered, the stock structure as modelled for M. capensis and M. paradoxus does not need to be the same for both species. Some of the hypotheses illustrated for age-structured movement patterns are, however, species specific
The hake fishery is South Africa's most valuable and harvests two morphologically similar species, t...
Proposals are made for a Reference Set of Operating Models for testing the 2014 Revision of the hake...
The bases for historical catch limits placed on the hake fishery are reviewed in brief for earlier y...
This document presents a first attempt at a spatially structured model for the South African hake (t...
The distribution area for the South African hake population is separated into nine regions to accom...
A summary of some biological information on the South African hake resource is provided. This includ...
The commercially valuable hake fishery off South Africa consists of two morphologically similar spec...
The commercially valuable hake fishery off South Africa consists of two morphologically similar spec...
Genetic data, while compatible with the hypothesis of a single M. paradoxus stock off Namibia and So...
In the most recent assessments (Rademeyer and Butterworth, 2006) of the South African hake resource,...
Includes bibliographical references (leaves 63-68).Catch and effort statistics for the Cape hakes (M...
The work aims to build on that done by Punt and Leslie (1995) in the development of a multispecies m...
An update is given to the hake predation model presented in MARAM IWS/DEC13/Ecofish/P10. Several mod...
The movement model for assessing the South African hake populations which was presented to last yea...
A 2-stock, 2-area hypothesis for the South African sardine resource is being developed, with the fol...
The hake fishery is South Africa's most valuable and harvests two morphologically similar species, t...
Proposals are made for a Reference Set of Operating Models for testing the 2014 Revision of the hake...
The bases for historical catch limits placed on the hake fishery are reviewed in brief for earlier y...
This document presents a first attempt at a spatially structured model for the South African hake (t...
The distribution area for the South African hake population is separated into nine regions to accom...
A summary of some biological information on the South African hake resource is provided. This includ...
The commercially valuable hake fishery off South Africa consists of two morphologically similar spec...
The commercially valuable hake fishery off South Africa consists of two morphologically similar spec...
Genetic data, while compatible with the hypothesis of a single M. paradoxus stock off Namibia and So...
In the most recent assessments (Rademeyer and Butterworth, 2006) of the South African hake resource,...
Includes bibliographical references (leaves 63-68).Catch and effort statistics for the Cape hakes (M...
The work aims to build on that done by Punt and Leslie (1995) in the development of a multispecies m...
An update is given to the hake predation model presented in MARAM IWS/DEC13/Ecofish/P10. Several mod...
The movement model for assessing the South African hake populations which was presented to last yea...
A 2-stock, 2-area hypothesis for the South African sardine resource is being developed, with the fol...
The hake fishery is South Africa's most valuable and harvests two morphologically similar species, t...
Proposals are made for a Reference Set of Operating Models for testing the 2014 Revision of the hake...
The bases for historical catch limits placed on the hake fishery are reviewed in brief for earlier y...